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Several more calcs involving the Muganns. First and foremost... 1. GIGA DRILL MAXIMUM Gurren Lagann unleashes the colossal Giga Drill Maximum to counter all of the Muganns. Thankfully, there's an easy way to calculate the energy of this; count the number of Muganns, and apply mass-energy (as all the Muganns get destroyed). How many Muganns are there? 47 Muganns, with at least one Mugann being destroyed by Simon, making 46. The three values of mass I calculated previously for the Muganns are 905.058139kg (for aerogel), 1568767.44kg (for aluminum) and 4736470.93kg (for steel). (Low end) 905.058139kg X 46 = 41632.6744kg E = mc^2 = 41632.6744 X 299792458^2 = 3.74175817e21 joules = 894.30166586998086586 gigatons (Mid end) 1568767.44kg X 46 = 72163302.2kg E = mc^2 = 72163302.2 X 299792458^2 = 6.48571416e24 joules = 1.5501228871892926975 petatons (High end) 4736470.93kg X 46 = 217877663kg E = mc^2 = 217877663 X 299792458^2 = 1.95818678e25 joules...

An overlooked but super impressive feat. Well no more! Enki slams Gurren Lagann into the ground and shatters it considerably. This will be more or less straightforward. Gurren Lagann's main body is 10.5446154m tall. 13 pixels = 10.5446154m 1 pixel = 10.5446154m/13 = 0.811124262m 0.811124262m X 2876 = 2332.79338m 2332.79338m/2 = 1166.39669m Now for the thickness of the part shattered. 0.811124262m X 122 = 98.95716m Volume as a cylinder. V = πr^2h = π X 1166.39669^2 X 98.95716 = 422950607m^3 Violent fragmentation of rock is 69000000 joules/m^3. E = 422950607 X 69000000 = 2.91835919e16 joules = 6.9750458652007649718 megatons Final Results Enki slams Gurren Lagann into the ground = 6.975 megatons

From episode 18, Leeron and Rossiu discuss the data analysed on the Muganns. To make their mass production and teleportation between dimensions easier, Muganns have an incredibly unstable molacular structure, and if the force field protecting it is dissipated, it turns to energy and unleashes great devastation. This also helps the Anti-Spiral to inflict despair upon their enemies. I calc'd Gurren Laganns body (minus its legs) to be 12.789m tall previously. 70 pixels = 10.5446154m 1 pixel = 10.5446154m/70 = 0.150637363m 0.150637363m X 176 = 26.5121759m Now to start scaling the Mugann (this is going to be fidelly as fuck)... 299 pixels = 26.5121759m 1 pixel = 26.5121759m/299 = 0.0886694846m 0.0886694846m X 8 = 0.709355877m 0.0886694846m X 108 = 9.57630434m 9.57630434m/2 = 4.78815217m 0.0886694846m X 37 = 3.28077093m 0.0886694846m X 23 = 2.03939815m 0.0886694846m X 34 = 3.01476248m 0.0886694846m X 5 = 0.443347423m 0.0886694846m X 13 = 1.1527033m 26.5121759m/2 = 13.2560879m 204...

The iconic Giga Drill Break! A giant drill is made with Spiral Energy to destroy ones enemies! This is very explicitly done via energy to mass. (Raw page) Previously, I calculated Gurren Lagann to be 19.2492308m tall. 1104 pixels = 19.2492308m 1 pixel = 19.2492308m/1104 = 0.0174358975m 0.0174358975m X 114 = 1.98769231m 49 pixels = 1.98769231m 1 pixel = 1.98769231m/49 = 0.0405651492m 0.0405651492m X 1879 = 76.2219153m 76.2219153m/2 = 38.1109577m 0.0405651492m X 388 = 15.7392779m 0.0405651492m X 1758 = 71.3135323m 71.3135323m/2 = 35.6567662m V = πH/3 (R2 + Rr + r2) = π X 15.7392779/3 X (38.1109577^2 + 38.1109577 X 35.6567662 + 35.6567662^2) = 67292.6535m^3 As with other Gurren Lagann mass energy calcs, we'll use a low end and a high end of titanium and steel respectively (those weighing 4500kg/m^3 and 7850kg/m^3 respectively). (Low end) M = 7292.6535 X 4500kg = 32816940.8kg (High end) M = 7292.6535 X 7850kg = 57247330kg (Low end) E = mc^2 = 32816940.8 X...

Lalaco Godspeed with her pirate ship shoplifts Ogikubo. I passes this feat up for ages, thinking it wasn't too impressive in the longrun, but looking back over it and I realised something... The crater is easily visible from space! The radius of the Earth is The Earth has a radius of 6371km. R = (h/2) + c^2/(8h) = (58/2) + 2880^2/(8 X 58) = 17904.8621 pixels 17904.8621 pixels = 6371km 1 pixel = 6371km/17904.8621 = 0.355825136km 0.355825136km X 1657 = 589.60225km (589602.25m) 589602.25m/2 = 294801.125m 729 pixels = 589602.25m 1 pixel = 589602.25m/729 = 808.782236m 808.782236m X 27 = 21837.1204m Timeframe is 9 seconds and 7 frames (with a framerate of 24 frames a second). T = 1s/24 = 41.6666667ms X 7 = 0.291666667s + 9s = 9.29166667s 656 pixels = 589602.25m 1 pixel = 589602.25m/656 = 898.783918m 898.783918m X 113 = 101562.583m 898.783918m X 54 = 48534.3316m 898.783918m X 207 = 186048.271m 186048.271m/2 = 93024.1355m 48534.3316m - 21837.1204m = 26697.2112m That's...

Lalaco crashes to Earth and wipes out several city blocks, with even distant towers leaning precariously thanks to her impact. All of the members of Space Patrol in Ogikubo survive this. The height of a floor on average is around 3.1m. = 2*atan(39/(709/tan(70/2))) = 0.052114504 rad = 2.98594113062505384 degrees Put that through the angscaler and we have a distance of 59.471m to the closest building. Using Nukemap, we get a yield of 0.01928 kilotons (19.28 tons of TNT) for a heavy blast radius of 0.59km, and a fireball radius of 58.4m gets us a yield of 0.4653 kilotons (465.3 tons of TNT). Alternately, using the MIT nuke calculator we get a yield of 1.252 kilotons for fireball radius at breakaway for contact surface burst. Final Results Lalaco crashes into Ogikubo Space Patrol (low end) = 19.28 tons of TNT Lalaco crashes into Ogikubo Space Patrol (mid end) = 465.3 tons of TNT Lalaco crashes into Ogikubo Space Patrol (high end) = 1.252 kilotons

Alternate Gurren Lagann and Enki clashing creates an explosion that covers Japan. R = (h/2) + c^2/(8h) = (118/2) + 1297^2/(8 X 118) = 2476.00693 X 2 = 4952.01386 pixels D = 4952.01386 X 2 = 9904.02772 pixels The diameter of the Earth is 12756.2km. 9904.02772 pixels = 12756.2km 1 pixel = 12756.2km/9904.02772 = 1.28798105km 1.28798105km X 735 = 946.666072km 946.666072km/2 = 473.333036km Using the StarDestroyer.Net nuke calculator (for "Air blast radius (widespread destruction)") and we get 319400 megatons, or 319.4 gigatons. Final Results Alternate Gurren Lagann & Enki clash = 319.4 gigatons

A calc I've been holding off on for far too long...but no more! 1:28 https://i.imgur.com/LWf5avq.mp4 The Ancient Spiral Fleets destroy several Ashtanga and take out a good part of what very much looks like a galaxy. Although the scene is slightly different between Childhood's End and Parallel Works, the feat remains the same. It's also worth noting that we see at least two shots of the galaxy, one before the beam hits it and another during/after the attack. Kazuki Nakashima (the writer of Gurren Lagann) has also made a comment (in relation to an article about how the disappearance of 100 stars has scientists baffled, and aliens haven't been ruled out yet) that it might have been during the Spiral/Anti-Spiral War (although he also says it may have been a galaxy-sized Life Fiber Monster or a Complete Combustion). Although this is somewhat of a jokey comment, it still backs up the power of the Spirals races and the Anti-Spiral (as well as confirming that there are galaxy-sized...

Garnix moves at incredible speeds. Garnix is 50m tall and weighs 85000 tons (85000000kg). (Relevant text) [/SPOILER] Timeframe is 1 frame (the video is 30 frames a second). 1.85185185m X 229 = 424.074074m T = 1s/30 = 33.3333333ms T = 424.074074m/33.3333333ms = 12722.2222/340.29 = Mach 37.3864122 KE = (0.5)mv^2 = (0.5) X 85000000 X 12722.2222^2 = 6.87883485e15 joules = 1.644080987093690327 megatons Final Results Garnix moves at high speeds (speed) = Mach 37.386 Garnix moves at high speeds (energy) = 1.644 megatons

Edgerunners has been unleashed, and towards the end it has some great feats! As Edgerunners was just released yesterday as of making these calcs, and this involves feats from the last few episodes, be wary of huge spoilers... 963 pixels = 1.775m 1 pixel = 1.775m/963 = 0.00184319834m 0.00184319834m X 100 = 0.184319834m 67 pixels = 0.184319834m 1 pixel = 0.184319834m/67 = 0.0027510423m 0.0027510423m X 1125 = 3.09492259m 0.0027510423m X 231 = 0.635490771m 97 pixels = 0.635490771m 1 pixel = 0.635490771m/97 = 0.00655145125m 0.00655145125m X 1547 = 10.1350951m 10.1350951m/2 = 5.06754755m 0.00655145125m X 240 = 1.5723483m Volume as a cylinder (obviously). V = πr^2h = π X 5.06754755^2 X 1.5723483 = 126.851116m^3 Compression of rock is 200000000 joules/m^3 (from the way the ground cracks as it's compressed for the area directly below and surrounding the pit, I think rock is justified). E = 200000000 X 126.851116 = 25370223200 joules = 6.0636288718929 tons of TNT David...

(Kanji of the relevant text) Simon in the Galactic Spiral Abyss generates so much Spiral Power that it's akin to a universe being born in each of his cells (although this causes him great strain as his power is perpetually absorbed), while Super Galaxy Dai-Gurren battles the Nanda-class. There are 37.2 trillion cells in the human body (37200000000000). The mass of the observable universe is estimated to be around 4 X 10^54kg (4.0e54kg). E = mc^2 = 4.0e54 X 299792458^2 = 3.59502071e71 joules E = 3.59502071e71 X 37200000000000 = 1.3373477e85/10^44 = 133.73477 TENATERAFOE Final Results Simon's energy in the Galactic Spiral Abyss = 133.735 TENATERAFOE It's important to keep in mind that the Galactic Spiral Abyss is constantly absorbing Spiral Energy as it's generated, so Simon would have to continuously generate this level of energy; and upon the destruction of the Death Spiral Machine, Super Galaxy Dai-Gurren would have absorbed it back.

Jurai tricks Mirei into taking his powers, which leads to her hand being set on fire, and to put it out, she summons a sphere of water and freezes it, which just causes it to evaporate. Mieri is 15 years old at the start of the series, and the average height of a 15 year old Japanese girl is 156cm (or 1.56m). 1421 pixels = 1.56m 1 pixel = 1.56m/1421 = 0.00109781844m 0.00109781844m X 223 = 0.244813512m 350 pixels = 0.244813512m 1 pixel = 0.244813512m/350 = 0.000699467177m 0.000699467177m X 904 = 0.632318328m 0.632318328m/2 = 0.316159164m Volume as a sphere (obviously) and weight as water (obviously). V = 4/3πr^3 = 4/3 X π X 0.316159164^3 = 0.132374988 Weight of water is 1000kg per m^3. M = 0.132374988 X 1000kg = 132.374988kg Specific heat of water is 4182 joules per kg. The average temperature of air is 22.4 degrees Celsius (they're in a desert wasteland, but don't appear to be too hot). E = 132.374988 X 4182 X 22.4 = 12400465.3 joules = 0.002963782337476...

Hatoko combines earth and fire manipulation together to make lava, which Chifuyu stops by creating more rock on top of where the lava would erupt. I was wondering about this one for a while, if Hatoko brought lava up from below or just melted the ground directly below her. However, going by the original novels, this magma was originally deep below the ground, as Chifuyu creates new stratum to slow it down. Given it bursts through different stratum of earth, that would mean it requires coming from deep underground. Not only that, but Chifuyu was fast enough to create whole new stratum to halt the eruption. Hatoko is 16 as of the start of the series, and the average height of a 16 year old Japanese girl is between 157cm and 158cm (or an average of 157.5cm, or 1.575m). 647 pixels = 1.575m 1 pixel = 1.575m/647 = 0.00243431221m 0.00243431221m X 113 = 0.27507728m 35 pixels = 0.27507728m 1 pixel = 0.27507728m/35 = 0.00785935086m 0.00785935086m X 1095 = 8.60598919m =...

The Astral Burnish Dragon is a being of incredible size and power, but just how great is this size? The diameter of the Sun is 1392000km. = 2*atan(715/(1615/tan(70/2))) = 0.413542582 rad = 23.6942445976015428 degrees Enter that through the angscaler and we have a distance of 3319600km. Keep in mind too that there's even more of it, and it's bending, so it would ultimately be even longer. Infact, it could be far longer, given it then plows through all the planets of the Solar System and beyond. Final Results Astral Burnish Dragons' length = >3317900km

Galo de Lion manifests, fixes global warming by punching the planet repeatedly, sets the entire Solar System on fire and is generally the coolest thing ever. This is a calculation of cosmic proportions so sit back and brace yourselves! 1. Galo de Lion's size Galo de Lion is a really big robot. We can scale its height from the Earth. R = (h/2) + c^2/(8h) = (379/2) + 2633^2/(8 X 379) = 2476.00693 X 2 = 4952.01386 pixels The diameter of the Earth is 12756.2km. 4952.01386 pixels = 12756.2km 1 pixel = 12756.2km/4952.01386 = 2.5759621km 2.5759621km X 641 = 1651.19171km 2.5759621km X 396 = 1020.08099km 2.5759621km X 510 = 1313.74067km 1651.19171km + 1313.74067km = 2964.93238km 2. Galo de Lion punches the Earth Galo de Lion punches the Earth repeatedly, visibly shaking it. This should be relatively straight forward. 541 pixels = 12756.2km 1 pixel = 12756.2km/541 = 23.5789279km 23.5789279km X 522 = 12308.2004km Timeframe is 0.10 seconds. 23.5789279km X 499 = 11765.885km...

A group of Burnish cause a volcanic eruption so powerful that not only does it reach space, it noticably parts the clouds for hundreds of miles around. Gonna be lots of scaling here... R = (h/2) + c^2/(8h) = (170/2) + 3202^2/(8 X 170) = 7623.82647 pixels 7623.82647 pixels = 6371km 1 pixel = 6371km/7623.82647 = 0.835669598km (835.669598m) Now we have a method to scale, time to get to scaling... 835.669598m X 594 = 496387.741m 496387.741m/2 = 248193.87m 835.669598m X 109 = 91087.9862m 91087.9862m/2 = 45543.9931m 835.669598m X 815 = 681070.722m 681070.722m/2 = 340535.361m 835.669598m X 241 = 201396.373m 201396.373m/2 = 100698.186m 835.669598m X 707 = 590818.406m 590818.406m/2 = 295409.203m 835.669598m X 215 = 179668.964m 179668.964m/2 = 89834.482m 835.669598m X 355 = 296662.707m 296662.707m/2 = 148331.353m 835.669598m X 38 = 31755.4447m 31755.4447m/2 = 15877.7224m 835.669598m X 445 = 371872.971m 371872.971m/2 = 185936.486m 835.669598m X 41 = 34262.4535m 34262.4535m/2 =...

As Promare activity increases, Promare flames climb up high into space. More or less straightforward. The Earth has a radius of 6371km and a diameter of 12742km. R = (h/2) + c^2/(8h) = (92/2) + 932^2/(8 X 91) = 1239.16484 pixels 1239.16484 pixels = 6371km 1 pixel = 6371km/1239.16484 = 5.14136602km 5.14136602km X 222 = 1141.38326km Timeframe is 5 seconds and 12 frames. T = 1s/24 = 41.6666667ms + 5s = 5.04166667s 480 pixels = 12742km 1 pixel = 12742km/480 = 26.5458333km 215 + 106 + 26 + 28 + 65 + 71 + 53 = 564 pixels 26.5458333km X 564 = 14971.85km L = 14971.85km - 1141.38326km = 13830.4667km T = 13830.4667km/5.04166667s = 2743233.06/340.29 = Mach 8061.45658 Final Results Promare fires climb into space = Mach 8061.457

Varys freezes a Burnish Snake and shatters it. The scaling on this will not be easy, but we can find at least a good segment of the frozen structure. Varys is pretty tall, so we'll need to scale his height. Thankfully, one of the artbooks does show the characters next to each other (I remember another, better, official height chart too, but can't seem to find it at the moment). Previously for Lio, I used the average height of an American man, that being 5 feet 9 inches, or 1.7526m (the below chart is from The Battle of Geekboat). 1.7526m/171 = 0.0102491228m 0.0102491228m X 222 = 2.27530526m Now we have his height, let's use a cleaner shot of him to figure out the size of his head. 1399 pixels = 2.27530526m 1 pixel = 2.27530526m/1399 = 0.00162637974m 0.00162637974m X 150 = 0.243956961m Next to scale Varys to his Burning Rescue Gear... 123 pixels = 0.243956961m 1 pixel = 0.243956961m/123 = 0.00198338993m 0.00198338993m X 575 = 1.14044921m At last, we can start scaling the size...

A relatively straightforward calc. How big is the Parnassus. Given Promare is set in an alternate America, we'll be using the average height of an American man for Galo ( 5 feet 9 inches, or 1.7526m). 232 pixels = 1.7526m 1 pixel = 1.7526m/232 = 0.00755431034m 0.00755431034m X 1440 = 10.8782069m 132 pixels = 10.8782069m 1 pixel = 10.8782069m/132 = 0.0824106583m 0.0824106583m X 1042 = 85.8719059m 173 pixels = 85.8719059m 1 pixel = 85.8719059m/173 = 0.496369398m 0.496369398m X 409 = 203.015084m 8 pixels = 203.015084m 1 pixel = 203.015084m/8 = 25.3768855m 25.3768855m X 134 = 3400.50266m (3.40050266km) 25.3768855m X 643 = 16317.3374m (16.3173374km) 25.3768855m X 2472 = 62731.661m (62.731661km) Final Results Foresight Foundation tower height = 3.401km Parnassus's height = 16.317km Parnassus's length = 62.732km Damn that is one ridiculously big spaceship. :geg I'm starting to think Kray might be a bit full of shit when he said they didn't have the technology to reach the Earths core.

Krazor X fires the Absolute Zero Heat Death Cannon and freezes a volcano. Said weapon is also designed to work against solar flares. Finding the scaling is a bit tricky, but there's a way to get an estimate of the power on display here, as we can scale part of the beam to Lio de Galon's "ear", which in turn we can scale from a sedan it dwarved. The average length of a compact sedan is 177.2 inches, or 4.50088m. 50 pixels = 4.50088m 1 pixel = 4.50088m/50 = 0.0900176m 0.0900176m X 25 = 2.25044m 87 pixels = 2.25044m 1 pixel = 2.25044m/87 = 0.0258671264m 0.0258671264m X 1133 = 29.3074542m Keep in mind too this isn't even the full beam, just what we can scale from. But it's better than nothing, so let's continue on. 10 pixels = 29.3074542m 1 pixel = 29.3074542m/10 = 2.93074542m It gets even closer to the volcano, but that's the best scale I have to go with. 2.93074542m X 1228 = 3598.95538m 362 pixels = 3598.95538m 1 pixel = 3598.95538m/362 = 9.94186569m 9.94186569m X 396 =...